void DTMF_MCU_ReadDataDone(kal_uint32 uDataWord)
{
kal_brief_trace( TRACE_GROUP_AUD_PLAYBACK, MCU_DTMF_READ_DATA_DONE, uDataWord);
if(DTMF_SW.pHandle)
{
rbReadDataDone(&DTMF_SW.RingBuffer, uDataWord<<1);
}
}
static void AVB_Process(void *pData)
{
kal_int16 *pDstBuffer;
kal_int8 *pSrcBuffer;
kal_uint32 uSrcByte, uDstByte, uConsumeByte;
kal_trace( TRACE_GROUP_SCO, L1AUDIO_AVB_PROC, AVB.uState, AVB.uSegment_W, AVB.uSegment_R);
while(AVB.uSegment_W - AVB.uSegment_R < AVB_SEGMENT_NUMBER)
{
rbGetReadBuffer(&AVB.PCM, &pSrcBuffer, &uSrcByte);
if(uSrcByte<4)
{
break;
}
uDstByte = (AVB_FRAME_SAMPLE-AVB.uSample_W)*2;
pDstBuffer = AVB.pBuffer + (AVB.uSegment_W & AVB_SEGMENT_MASK) * AVB_FRAME_SAMPLE + AVB.uSample_W;
uConsumeByte = BLI_Convert(AVB.pBLISRC, (kal_int16*)pSrcBuffer, &uSrcByte, pDstBuffer, &uDstByte);
rbReadDataDone(&AVB.PCM, uConsumeByte);
AVB.uSample_W += uDstByte>>1;
ASSERT(AVB.uSample_W <= AVB_FRAME_SAMPLE);
if(AVB.uSample_W == AVB_FRAME_SAMPLE)
{
AVB.uSample_W = 0;
AVB.uSegment_W++;
}
else
{
uDstByte = (AVB_FRAME_SAMPLE-AVB.uSample_W)*2;
pDstBuffer = AVB.pBuffer + (AVB.uSegment_W & AVB_SEGMENT_MASK) * AVB_FRAME_SAMPLE + AVB.uSample_W;
memset(pDstBuffer, 0, uDstByte);
}
}
if(AVB.uState == AVB_STATE_FLUSH_TAIL)
{
rbGetReadBuffer(&AVB.PCM, &pSrcBuffer, &uSrcByte);
if(uSrcByte<4)
{
if(AVB.uSample_W)
{
AVB.uSample_W = 0;
AVB.uSegment_W++;
}
AVB.uState = AVB_STATE_FLUSH_PING;
}
}
}